Grain measuring



(No Model.) 2 sheets -sheet 1. J. U. TEETOR.

GRAIN MEASURING, REGISTERING, AND SAGKING MACHINE.

No. 515,177. Patented Feb} 20, 1894.

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(No Model.) 2 Sheets-Sheet 2.

J. U. TVEETOR. GRAIN MEASURING, REGISTERING, AND SAGKING MACHINE. No.515,177.

Patented Feb. 20, 1894.

lf/z'iizesses- I ZZZ/672M21- UNITED STATES PATENT Orrrcnt JACOB U.TEETOR, OF HAGERSTOlV-N, INDIANA.

GRAIN MEASURING, REGISTERING, AND SACKING MACHINE.

SPECIFICATION forming part of Letters Patent No. 515,177, dated February20,1894.

Application filed May 12,1893. Serial No. 174,003. (No model.)

To all whom it may concern:

]3e it known that I, JACOB U. Tnn'roa, a citizen of the United States,and a resident of Hagerstown, in the county of \Vayne and State ofIndiana, have invented certain new and useful Improvements in GrainMeasuring, Registering, and Backing Machines; and I declare hereby thatthe following is a full, clear, and exact description of the invention,such as will enable others skilled in the art to which it appertains tomake and use the same.

My invention relates to an improvement in grain measuring, registeringand sacking machines adaptable either to use in elevators or inconnection with thrashingmachines. The object being to use the ordinaryhalf-bushel measure with slight alterations in connection withregistering mechanism; another object being to produce facilities forsacking grain as measured and registered.

WVith these objects in View the invention consists in certain novelfeatures of construction,combinations and arrangements of parts as willbe hereinafter set forth and pointed out in the claims.

In the accompanying drawings: Figure l is a front view of my device asapplied to an ordinary thrasher and separator preferably attached so asto be easily removable and held by hooks and brace rods while in use.Fig. 2 is a perspective view of same. Fig. 3 is a detached verticalsectional front view of the mechanism operating the register. Fig. 4 isa detached vertical sectional side view through line 4:, Fig. 1, havingthe measure removed. Fig. 5 is a detached vertical sectional side viewon line 5 Fig. 6. Fig. 6. is a detached vertical sectional front view online (i Fig. 5. Fig. 7 is a detached vertical sectional side View online 7 of register Fig. 6. Fig. 8 is a detached side view of sacker.Fig. 9 is a detached bottom view of the sacker.

a. is the main body or frame of my device the'grain to be measured beingcarried by an elevator at, which receives the grain at its lower.extremity from the thrasher and delivers it through spout, a into themeasure Z), which is preferably a half-bushel measure, there being twonecessary; one to take the place of the other in the operation as inordinary hand measuring, provision here being made by openings 01.through the bottom of body a for the passage of all overflow fallinginto the hopper a by which it is conducted back into elevator andreturned to measure.

Measure 1) is provided about mid-way of its height with an annulartilting flange b, which in cross section is preferably about square, andsutliciently strong enough to practically support the weight ofthemeasure filled with grain. lVhen the measure is filled at position I)it is slid along course a into position b when said annular tiltingflange Zr will engage with the grooves c in tilting blocks 0 which arecentrally mounted on axle-pins; said tilting blocks are curvedlengthwise, coutracting parallel with grooves c, approaching toward eachother at outer ends, 0 so that the measure I; may be slid into themuntil it casts upagainst theinwardlyprojecting ends 0 so that it restspreferably at or nearly centrally with the axle-pins so that it maybeeasily turned over as shown at position b emptying the contents of themeasure into hopper e of sacker, the position of tilting block being asseen at c", Fig. 4,thence the measure is turned back again and slid overcourse a returned again to position Z), when the measure being filledwhile the former was being emptied follows through the same course andoperations. These said contracting tilting blocks are held in line andproper position when not in operation by spring plates, 0 One of saidtilting blocks, in this case the inner one has mounted upon the oppositeend of its axle-pin an eccentric d which engages with and operates anarm 9 which is pivoted at g and has pivoted to it at or about midway ofits length, a gravity pawl engaging with the teeth of a register dialplate h. Thus when a measure is emptied eccentric (Z is turned toposition d, arm g brought to position g and pawl i to position i" anddial 7L advanced one point at each such movement registering one-halfbushel and is held by stop h. A

This toothed dial plate 7i is graduated in this case into fiftydivisions representing so many half bushels or twenty-five bushels foreach complete revolution; and is provided at one point with a pin itadapted to engage at each revolution with a sprocket Z which engageswith the teeth of disk 7a which latter is secured by means of a hubsection 10 to dial plate is and pivoted on pin or screw la the lattersaid dial plate being in this case graduated to register quantitiesincreasing by twenty-five representing twenty-five bushels for eachdivision, there being as manyteeth. The dial plate It is movably mountedon hub 10 so as to be operated easily. The sprocket Z is after eachmovement stopped in position and held by spring stop Z.

Below hopper e is a fixed flange section f of part of a circle andopposite to it a similar but movable section f which is provided withratchet toothed sections f extending into a handle f 6 and are adaptedto engage with and rest upon catches J; the weight of the sack f beingpartially upon said catches, thus in removing a filled sack andreplacing an empty one when the movable flange f is lifted by handle fit may be moved back to position f when sacks will be easily changed andwhen an empty sack is replaced and bandle drawn out and allowed to reston catches f the sack will be held firmly.

Having described my invention, what I claim as new, and desire to secureby Letters Patent, is

1. In agrain measurer and register the combination of a measure, aflange on said measure to engage with tilting blocks, and said tiltingblocks as set forth.

2. Inagrain measurer and register the combination embracing a measure, aflange on said measure to engage with tilting blocks, contractingtilting blocks, and grooves in said tilting blocks conforming therewithto engage with said flange, all as set forth.

3. In a grain measurer and register, a measure, 2. tilting or suspensionflange on said measure, contracting tilting blocks, grooves in saidblocks conforming to and contracting with said blocks, and springs toretain said blocks in horizontal position, all combined to operate asdescribed.

4. The combination of a measure, contracting grooved tilting blocks,springs to retain said blocks in a horizontal position, an axle in oneof said blocks secured to and turning therewith, an eccentric onopposite end of said axle, an arm .movably fixed at one end andprojecting over and resting on said eccentric at other end and a pawlsecured to said arm at an intermediate point to engage with a toothedregistering dial, all operating substantially as set forth.

5. The combination embracing a measure,

' asuspension flange on same, contracting suspending tilting blocks,parallel grooves in said blocks contracting therewith adapted to receiveand support said measure by said flange, an eccentric rocking with saidblocks, an arm operated by said eccentric, a pawl carried by said arm,and a toothed registering dial operated by said pawl as set forth.

6. In a measuring and registering machine the combination of a rockingeccentric, an arm engaging with said eccentric, a gravity pawl pivotedon said arm, a saw-toothed revolving dial plate operated by said pawl,an operating pin projecting from rear side of said dial and secured toit near the periphery, a long toothed sprocket journaled beyond farthestreach of said-pin adapted to be operated by said pin engaging with saidlong teeth at a suitable point within their outer extremity, a springhaving a suitable bend near its extremity adapted to rest between teethof said sprocket, a disk having equally distant recesses at periphery orteeth of suitable shape to be engaged by ends of teeth of said sprocket,a hub on said disk upon which is loosely mounted said saw-toothed dialand another smaller dial secured to front end of said hub so as to movewith said disk all as set forth.

7. In a grain register a rotating dial provided with teeth andpreferably graduated into fifty divisions'and having as many teeth, apawl operating said dial, a pin projecting rearwardly from said dial, asprocket adapted to be operated by said pin, a spring stop adapted toretain said sprocket in proper position, a disk adapted to be operatedby extreme ends oftteeth of said sprocket, and a smaller dial fixed tohub of said disk and rotating therewith and being preferably providedwith as many teeth as there are divisions, all combined to operatesubstantially as set forth.

8. In a grain measurer and sacker the combination of a measure suspendedby tilting blocks, a hopper located beneath said tilting blocks, afixed-section of a circular flange secured to under side of said hopper,a movable similar section of circular flange extending with its rim inan opposite direction from the fixed section, bars extending from sidesof said movable flange forming a handle by which to operate it, aratchet-toothed section secured to or formed on parallel sides of saidhandle bars and sharp-edged rests adapted to support said toothed armsof handle by engaging with said teeth, all combined to operate as andfor the purposes set forth.

JACOB U. TEETOR. Witnesses:

WM. STONEBRAKER, JOHN B. ST'ONEBRAKER.

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